Micronephthys longicornis ( Perejaslavtseva, 1891 )

Kuş, Sevgi, Kurt, Güley & Çinar, Melih Ertan, 2021, Nephtyidae (Annelida: Polychaeta) from the Sea of Marmara and Black Sea, with descriptions of two new species, Zootaxa 5060 (2), pp. 183-214 : 191-195

publication ID

https://doi.org/10.11646/zootaxa.5060.2.2

publication LSID

lsid:zoobank.org:pub:081DB1D0-CD1D-4B53-ADD8-F2831A67A419

DOI

https://doi.org/10.5281/zenodo.5633517

persistent identifier

https://treatment.plazi.org/id/AB5287C1-FFD5-A90A-38B4-ABF6FB75A27F

treatment provided by

Plazi

scientific name

Micronephthys longicornis ( Perejaslavtseva, 1891 )
status

 

Micronephthys longicornis ( Perejaslavtseva, 1891)

( Figure 5 View FIGURE 5 )

Nephthys longicornis Perejaslavtseva, 1891: 248–249 , pl. VII, Figs. 2a–c View FIGURE 2 .

Micronephthys stammeri Augener, 1932: 678–679 , Fig. 2 View FIGURE 2 ; Hartman 1950: 131; Banse 1959: 302–305, Fig. 6 View FIGURE 6 ; Marinov 1977: 120, pl. 14, Figs. 2a–2d View FIGURE 2 , pl. 37, Fig. 3 View FIGURE 3 ; Kiseleva 2004: 110–111, Fig. 25; Ravara et al. 2010: 27 View Cited Treatment , Fig. 9 View FIGURE 9 ; Murray et al. 2015: 428 View Cited Treatment , Figs. 10–11 View FIGURE 10 View FIGURE 11 .

Micronephthys maryae San Martín, 1982: 427–434 Figs. 1-3 View FIGURE 1 View FIGURE 2 View FIGURE 3 ; Laborda 2004: 416, Figs. 152A–C.

Micronephthys longicornis Dnestrovskaya & Jirkov, 2019: 391–400 View Cited Treatment , Figs. 1 View FIGURE 1 , 2 View FIGURE 2 , 4 View FIGURE 4 .

Material examined. Sea of Marmara: ESFM-POL/2013-1306 , 06 June 2013, station Y1, 40°00’32’’N, 26°13’04’’E, 25 m, mud, 1 specimen GoogleMaps ; Black Sea: ESFM-POL/2014-621 , 12 July 2014, station TRK1, 41°55’34”N, 28°12’27”E, 21 m, coarse sand with shell fragments, 15 specimens GoogleMaps ; ESFM-POL/2014-622 , 12 July 2014, station TRK7, 41°18’40”N, 29°40’10”E, 27 m, mud with shell fragments, 2 specimens GoogleMaps ; ESFM-POL/2014-620 , 13 July 2014, station TRKE1 , 41°23’36”N, 31°38’11”E, 21 m, mud with shell fragments, 26 specimens GoogleMaps ; ESFM-POL/2014-623 , 15 July 2014, station TRK22, 42°2’34”N, 33°49’33”E, 25 m, mud with shell fragments, 29 specimens GoogleMaps ; ESFM- POL/2014-624, 15 July 2014, station TRK25, 42°16’60”N, 34°56’14”E, 21 m, mud with shell fragments, 9 specimens; ESFM-POL/2014-625 , 16 July 2014, station TRK28, 42°6’20”N, 35°15’0”E, 21 m, coarse sand with shell fragments, 142 specimens GoogleMaps ; ESFM-POL/2014-626 , 16 July 2014, station TRK32, 42°0’57.24”N, 35°9’28.51”E, 55 m, mud with phytodetritic material, 5 specimens GoogleMaps ; ESFM-POL/2014-627 , 17 July 2014, station TRK34Y, 41°33’40”N, 36°34’19”E, 21 m, mud with phytodetritic material, 2 specimens GoogleMaps ; ESFM-POL/2014-628 , 17 July 2014, station TRK37, 41°19’40”N, 36°32’10”E, 10 m, mud with shell fragments, 1 specimen GoogleMaps ; ESFM-POL/2014- 629 , 16 July 2014, station TRK43, 41°32’60”N, 36°40’40”E, 8 m, mud with phytodetritic material, 5 specimens GoogleMaps ; ESFM-POL/2014-630 , 18 July 2014, station TRK46, 41°2’43”N, 38°3’20”E, 21 m, mud with shell fragments, 64 specimens GoogleMaps ; ESFM-POL/2014-631 , 19 July 2014, station TRK53, 41°0’54”N, 38°27’20”E, 52 m, mud with phytodetritic material, 5 specimens GoogleMaps ; ESFM-POL/2014-632 , 19 July 2014, station TRK55, 41°1’45”N, 39°54’15”E, 21 m, mud with shell fragments, 23 specimens GoogleMaps ; ESFM-POL/2014-633 , 20 July 2014, station TRK61, 41°3’60”N, 40°38’24”E, 20 m, mud and shell fragments with phytodetritic material, 97 specimens GoogleMaps ; ESFM-POL/2015-272 , 02 July 2015, station TRK1, 41°55’34”N, 28°12’27”E, 21 m, shell fragments with fine sand, 116 specimens GoogleMaps ; ESFM- POL/2015-273, 03 July 2015, station TRK7, 41°18’40”N, 29°40’10”E, 21 m, shell fragments with fine sand, 4 specimens; ESFM-POL/2015-274 , 03 July 2015, station TRK10, 41°19’40”N, 30°47’55”E, 20 m, shell fragments with fine sand, 9 specimens GoogleMaps ; ESFM-POL/2015-271 , 04 July 2015 , TRKE1 , 41°23’36”N, 31°38’11”E, 13 m, shell fragments with phytodetritic material, 4 specimens GoogleMaps ; ESFM-POL/2015-275 , 04 July 2015, station TRK 13, 18 m, fine sand with shell fragments and detritic material, 41°37’20”N, 31°51’3”E, 4 specimens GoogleMaps ; ESFM-POL/2015-276 , 04 July 2015, station TRK13A, 41°35’23.22”N, 32°2’4.73”E, 17 m, shell fragments with fine sand, 5 specimens GoogleMaps ; ESFM-POL/2015-277 , 05 July 2015, station TRK19, 42°6’47”N, 33°3’35”E, 40 m, clay with shell and detritic fragments, 14 specimens GoogleMaps ; ESFM-POL/2015-278 , 05 July 2015, TRK22, 42°2’34”N, 33°49’33”E, 21 m, shell fragments and detritic material, 21 specimens GoogleMaps ; ESFM-POL/2015-279 , 06 July 2015, station TRK28, 42°6’20”N, 35°15’0”E, 17 m, shell fragments with fine sand detritic material, 94 specimens GoogleMaps ; ESFM-POL/2015-280 , 07 July 2015, TRK32, 42°0’57.24”N, 35°9’28.51”E, 70 m, mud with clay and detritic material, 7 specimens GoogleMaps ; ESFM- POL/2015-281, 08 July 2015, station TRK34Y, 41°33’40”N, 36°34’19”E, 20 m, mud with fine sand and detritic material, 21 specimens; ESFM-POL/2015-282 , 08 July 2015, station TRK37, 41°19’40”N, 36°32’10”E, 9 m, mud with fine sand and shell fragments, 7 specimens GoogleMaps ; ESFM-POL/2015-283 , 09 July 2015, station TRK46, 41°2’43”N, 38°3’20”E, 22 m, coarse and fine sand with shell fragments, 202 specimens GoogleMaps ; ESFM-POL/2015-285 , 11 July 2015, station TRK55, 41°1’45”N, 39°54’15”E, 35 m, shell fragments with detritic material, 13 specimens GoogleMaps ; ESFM- POL/2016-214, 24 July 2016, station TRK1, 41°23’36”N, 31°38’11”E, 12 m, mud with shell fragments, 64 specimens; ESFM-POL/2016-215 , 23 July 2016, staiton TRK7, 41°18’40”N, 29°40’10”E, 23 m, fine sand with shell fragments, 7 specimens GoogleMaps ; ESFM-POL/2016-216 , 24 July 2016, station TRK10, 41°19’40”N, 30°47’55”E, 20 m, shell fragments with phytodetritic material, 45 specimens GoogleMaps ; ESFM-POL/2016-213 , 24 July 2016, station TRKE1 , 41°23’36”N, 31°38’11”E, 12 m, mud with shell fragments, 29 specimens GoogleMaps ; ESFM-POL/2016-217 , 26 July 2016, station TRK13, 41°37’20”N, 31°51’3”E, 19 m, fine sand with shell fragments, 46 specimens GoogleMaps ; ESFM-POL/2016- 218 , 26 July 2016, station TRK16, 41°43’10”N, 32°4’60”E, 20 m, mud with phytodetritic material, 13 specimens GoogleMaps ; ESFM-POL/2016-247 , 25 July 2016, station TRK19, 42°6’47”N, 33°3’35”E, 45 m, mud with shell fragments, 12 specimens GoogleMaps ; ESFM-POL/2016-219 , 25 July 2016, station TRK22, 42°2’34”N, 33°49’33”E, 22 m, shell fragments with phytodetritic material, 57 specimens GoogleMaps ; ESFM-POL/2016-220 , 26 July 2016, station TRK25, 19.5 m, 42°16’60”N, 34°56’14”E, sand with shell fragments, 9 specimens GoogleMaps ; ESFM-POL/2016-221 , 27 July 2016, station TRK28, 42°6’20”N, 35°15’0”E, 18.8 m, mud with phytodetritic material, 78 specimens GoogleMaps ; ESFM-POL/2016-222 , 27 July 2016, station TRK32, 42°0’57.24”N, 35°9’28.51”E, 60 m, mud with shell fragments, 17 specimens GoogleMaps ; ESFM- POL/2016-223, 27 July 2016, station TRK34Y, 41°19’40”N, 36°32’10”E, 21 m, shell fragments with phytodetritic material, 34 specimens; ESFM-POL/2016-224 , station TRK37, 28 July 2016, 41°32’60”N, 36°40’40”E, 10.9 m, shell fragments with phytodetritic material, 12 specimens GoogleMaps ; ESFM-POL/2016-225 , 24 July 2016, station TRK43, 41°4’2”N, 38°2’49”E, 11 m, mud with phytodetritic material, 57 specimens GoogleMaps ; ESFM-POL/2016-226 , 28 July 2016, station TRK44, 41°2’43”N, 38°3’20”E, 51 m, shell fragments with phytodetritic material, 22 specimens GoogleMaps ; ESFM- POL/2016-227, 29 July 2016, station TRK46, 41°0’54”N, 38°27’20”E, 32 m, mud with phytodetritic material, 38 specimens; ESFM-POL/2016-228 , 31 July 2016, station TRK55, 41°3’60”N, 40°38’24”E, 26 m, shell fragments with phytodetritic material, 16 specimens GoogleMaps ; ESFM-POL/2017-175 , 22 July 2017, station TRK1, 41°55’34”N, 28°12’27”E, 23 m, shell fragments with phytodetritic material, 60 specimens GoogleMaps ; ESFM-POL/2017-176 , 23 July 2017, station TRK7, 41°18’40”N, 29°40’10”E, 22.5 m, fine sand with shell fragments, 4 specimens GoogleMaps ; ESFM-POL/2017- 177 , 24 July 2017, station TRK10, 41°19’40”N, 30°47’55”E, 20 m, shell fragments with phytodetritic material, 4 specimens GoogleMaps ; ESFM-POL/2017-174 , 24 July 2017, station TRKE1 , 41°23’36”N, 31°38’11”E, 14 m, mud with shell fragments, 52 specimens GoogleMaps ; ESFM-POL/2017-178 , 26 July 2016 station TRK13, 41°37’20”N, 31°51’3”E, 19 m, fine sand with shell fragments, 32 specimens GoogleMaps ; ESFM-POL/2017-179 , 26 July 2017, station TRK17, 41°43’10”N, 32°4’60”E, 19 m, mud with phytodetritic material, 13 specimens GoogleMaps ; ESFM-POL/2017-180 , 26 July 2017, station TRK19, 42°6’47”N, 33°3’35”E, 43 m, mud and shell fragments with phytodetritic material, 98 specimens GoogleMaps ; ESFM- POL/2017-181, 27 July 2017, station TRK22, 42°2’34”N, 33°49’33”E, 27 m, shell fragments with phytodetritic material, 147 specimens; ESFM-POL/2017-182 , 27 July 2017, station TRK25, 42°16’60”N, 34°56’14”E, 19 m, mud with shell fragments, 36 specimens GoogleMaps ; ESFM-POL/2017-183 , 29 July 2017, station TRK28, 42°6’20”N, 35°15’0”E, 25 m, sand with shell fragments, 99 specimens GoogleMaps ; ESFM-POL/2017-184 , 30 July 2017, station TRK32, 42°0’57.24”N, 35° 9’28.51”E, 72 m, mud with phytodetritic material, 6 specimens GoogleMaps ; ESFM-POL/2017-185 , 30 July 2017, TRK35, 41°33’40”N, 36°34’19”E, 51 m, mud with shell fragments, 32 specimens GoogleMaps ; ESFM-POL/2017-186 , 30 July 2017, station TRK34Y, 41°19’40”N, 36°32’10”E, 20 m, mud with phytodetritic material, 60 specimens GoogleMaps ; ESFM- POL/2017-187, 31 July 2017, station TRK37, 41°32’60”N, 36°40’40”E, 8 m, shell fragments with phytodetritic material, 33 specimens; ESFM-POL/2017-188 , 31 July 2017, station TRK44, 41°4’2”N, 38°2’49”E, 48 m, shell fragments with phytodetritic material, 1 specimen GoogleMaps ; ESFM-POL/2017-189 , 01 August 2017, station TRK46, 41°0’54”N, 38°27’20”E, 28 m, shell fragments with phytodetritic material, 61 specimens GoogleMaps ; ESFM-POL/2017-190 , 02 August 2017, station TRK55, 41°3’60”N, 40°38’24”E, 17 m, mud with shell fragments, 113 specimens GoogleMaps ; ESFM- POL/2017-203, 14 August 2017, station BK1, 40°22’12.72”N, 27°57’42.48”E, 33 m, mud with shell fragments, 3 specimens; ESFM-POL/2018-127 , 20 July 2018, station TRK1, 41°55’34”N, 28°12’27”E, 20 m, sand with shell fragments, 12 specimens GoogleMaps ; ESFM-POL/2018-128 , 21 July 2018, station TRK7, 41°18’40”N, 29°40’10”E, 22 m, fine sand, 51 specimens GoogleMaps ; ESFM-POL/2018-129 , 22 July 2018, station TRK10, 41°19’40”N, 30°47’55”E, 21 m, fine sand, 16 specimens GoogleMaps ; ESFM-POL/2018-126 , 22 July 2018, station TRKE1 , 41°23’36”N, 31°38’11”E, 14 m, fine sand with shell fragments, 23 specimens GoogleMaps ; ESFM-POL/2018-130 , 23 July 2018, station TRK13, 41°37’20”N, 31°51’3”E, 20 m, mud with sand and detritic material, 34 specimens GoogleMaps ; ESFM-POL/2018-131 , 24 July 2018, station TRK19, 42°6’47”N, 33°3’35”E, 24 m, mud with shell fragments, 98 specimens GoogleMaps ; ESFM-POL/2018-132 , 25 July 2018, station TRK22, 42°2’34”N, 33°49’33”E, 25 m, mud with shell fragments and detritic material, 145 specimens GoogleMaps ; ESFM-POL/2018-133 , 26 July 2018, station TRK25, 42°16’60”N, 34°56’14”E, 20 m, sand, 3 specimens GoogleMaps ; ESFM- POL/2018-134, 26 July 2018, station TRK28, 42°6’20”N, 35°15’0”E, 22 m, coarse sand with shell fragments, 42 specimens; ESFM-POL/2018-135 , 27 July 2018, station TRK32, 42°0’57.24”N, 35°9’28.51”E, 24 m, mud with phytodetritic material, 50 specimens GoogleMaps ; ESFM-POL/2018-136 , 28 July 2018, station TRK34Y, 41°19’40”N, 36°32’10”E, 48 m, mud, 54 specimens GoogleMaps ; ESFM-POL/2018-137 , 28 July 2018, station TRK37, 41°32’60”N, 36°40’40”E, 8.5 m, sand, 4 specimens GoogleMaps ; ESFM-POL/2018-138 , 29 July 2018, station TRK43, 41°2’43”N, 38°3’20”E, 48 m, mude with phytodetritic material, 33 specimens GoogleMaps ; ESFM-POL/2018-139 , 29 July 2018, station TRK44, 41°4’2”N, 38°2’49”E, 11.6 m, sand, 33 specimens GoogleMaps ; ESFM-POL/2018-140 , 29 July 2018, station TRK46, 41°0’54”N, 38°27’20”E, 20 m, mud with phytodetritic material, 189 specimens GoogleMaps ; ESFM-POL/2018-141 , 31 July 2018, station TRK55, 41°3’60”N, 40°38’24”E, 25 m, sand, 10 specimens GoogleMaps ; ESFM-POL/2018-142 , 01August 2018, station TRK61, 41°46’0”N, 41°31’0”E, 45 m, mud with phytodetritic material, 5 specimens GoogleMaps ; ESFM-POL/2019-31 , 04 July 2019, station TRK1, 41°55’34”N, 28°12’27”E, 20 m, sand with shell fragments, 61 specimens GoogleMaps ; ESFM-POL/2019-32 , 05 July 2019, station TRK7, 41°18’40”N, 29°40’10”E, 22 m, mud, 12 specimens GoogleMaps ; ESFM-POL/2019-33 , 06 July 2019, station TRK10, 41°19’40”N, 30°47’55”E, 21 m, mud, 30 specimens GoogleMaps ; ESFM-POL/2019-34 , 07 July 2019, station TRKE1 , 41°23’36”N, 31°38’11”E, 14 m, fine sand with shell fragments, 16 specimens GoogleMaps ; ESFM-POL/2019-35 , 07 July 2019, station TRK13, 41°37’20”N, 31°51’3”E, 20 m, sand with detritic material, 30 species GoogleMaps ; ESFM-POL/2019- 36 , 08 July 2019, station TRK19, 42° 6’47”N, 33°3’35”E, 24 m, mud with shell fragments, 67 species GoogleMaps ; ESFM- POL/2019-56, 09 July 2019, station TRK22, 42°2’34”N, 33°49’33”E, 25 m, mud with shell fragments and detritic material, 79 specimens; ESFM-POL/2019-37 , 09 July 2019, station TRK25, 42°16’60”N, 34°56’14”E, 20 m, mud, 20 specimens GoogleMaps ; ESFM-POL/2019-38 , 10 July 2019, station TRK28, 42°6’20”N, 35°15’0”E, 22 m, coarse sand with shell fragments, 235 specimens GoogleMaps ; ESFM-POL/2019-39 , 10 July 2019, station TRK32, 42°0’57.24”N, 35°9’28.51”E, 24 m, mud, 64 specimens GoogleMaps ; ESFM-POL/2019-40 , 12 July 2019, station TRK34Y, 41°33’40”N, 36°34’19”E, 20 m, mud with phytodetritic material, 31 specimens GoogleMaps ; ESFM-POL/2019-41 , 13 July 2019, station TRK37, 41°32’60”N, 36°40’40”E, 8.5 m, mud, 23 specimens GoogleMaps ; ESFM-POL/2019-42 , 14 July 2019, station TRK43, 41°0’14.47”N, 37°53’36.96”E, 11.6 m, sand with shell fragments, 45 specimens GoogleMaps ; ESFM-POL/2019-43 , 14 July 2019, station TRK44, 41°2’43”N, 38°3’20”E, 48 m, clay with phytodetritic material, 60 species GoogleMaps ; ESFM-POL/2019-44 , 16 July 2019, station TRK55, 41°3’60”N, 40°38’24”E, 25 m, mud with shell fragments, 25 specimens GoogleMaps ; ESFM-POL/2019- 45 , 16 July 2019, station TRK61, 41°46’0”N, 41°31’0”E, 45 m, mud, 2 specimens GoogleMaps .

Description. Largest specimen complete with 37 chaetigers, 5.8 mm long and 0.5 mm wide. Prostomium subrectangular when pharynx not everted, becoming subpentagonal when pharynx everted.Anterior margin convex, posterior margin “U” shaped. Antennae (0.06 mm) and palps (0.05 mm) long, digitiform with swollen tips ( Fig. 5A View FIGURE 5 ). Palps inserted at ventro-lateral margin of prostomium. Two pairs of coalesced eyespots present between chaetiger 2 and 3. Nuchal organs conspicuous, rounded. Pharynx everted with 18 bifid terminal papillae separated with a dorsal and ventral simple papilla; subdistal region with 20 rows of 9–10 subterminal papillae (first 4–5 papillae long and conical, decrease in size towards base of pharynx), extending over 2/3 length of pharynx ( Fig. 5A View FIGURE 5 ), proximal part of pharynx smooth. Middorsal and midventral papillae absent. Jaws light brown, triangular shaped with unequal branches, situated on anterio-lateral margin of pharynx, visible through body wall, without dissection ( Fig. 5B View FIGURE 5 ). Parapodia of first chaetiger slightly smaller than subsequent ones, directed anteriorly, parallel to prostomium. Dorsal cirri very small, ventral cirri (0.02 mm) digitiform with swollen tips and smaller than antennae and palps. Parapodial pre- and postchaetal lamellae rudimentary along the body ( Fig. 2D View FIGURE 2 ). Interramal space smooth, without ciliated patches. Dorsal cirri well developed from chaetiger 2, spherical on first 13–20 anterior chaetigers, becoming pear-shaped (with bulbous base and tapered to tip) towards to the posterior end ( Fig. 5C View FIGURE 5 ). Ventral cirri subsphaerical in whole body after first chaetiger. Acicular lobes conical in anterior region, almost acutely pointed on middle and posterior chaetigers.

Five types of chaetae present in parapodia; capillary chaetae, dentate chaetae, barred chaetae, spinulated chaetae and lyrate chaetae. Dentate chaetae present only in notopodia of chaetiger 1, numbering 3–4 (100 µm) ( Fig. 5E View FIGURE 5 ). Capillary chaetae present only on neuropodia of chaetiger 1, numbering 6-7. Barred chaetae (130 µm) placed on preacicular area of noto- and neuropodia, first appearing on chaetiger 2, present in all remaining parapodia, numbering 3–7 ( Fig. 5G View FIGURE 5 ). Finely spinulated chaetae (250 µm) placed on postacicular area of noto- and neuropodia, first appearing on chaetiger 2, present in all remaining parapodia ( Fig. 5H View FIGURE 5 ). Lyrate chaeta with unequal branches placed on postacicular area of noto- and neuropodia, first appearing on chaetiger 3, present in all remaining parapodia, except for the 3–4 chaetiger, numbering one in each ramus ( Fig. 5F View FIGURE 5 ).

Acicula light brown with a straight tip in anterior and middle parapodia, having curved tip in posterior parapodia, numbering one in per ramus.

Pygidium rounded with one digitiform anal cirrus placed dorsally, as long as last 2–3 chaetigers.

Remarks. The Sea of Marmara and the Black Sea specimens of Micronephthys longicornis matches the original description and redescriptions.

Distribution. Adriatic Sea ( Augener 1932), Mediterranean Sea ( Banse 1959; San Martin 1982; Laborda 2004; Ravara et al. 2010), Black Sea ( Perejaslavtseva 1891; Kurt-Şahin & Çinar 2012; Çinar et al. 2014; Kuş & Kurt- Şahin 2016; Kurt-Şahin et al. 2017a, b; Dnestrovskaya & Jirkov 2019).

Habitat. It was found in muddy and sandy bottom, up to 72 m depth in the present study. It was found in soft substratum at shallower depths (3.6– 7 m) in the Mediterranean Sea ( San Martin 1982; Laborda 2004), and up to 47.4 m in the Black Sea ( Kurt-Şahin et al. 2017a, b; Dnestrovskaya & Jirkov 2019). It was also reported in beds of the brown alga Cystoseira crinita Duby, 1830 from the Sinop Peninsula ( Kuş & Kurt-Şahin, 2016).

Kingdom

Animalia

Phylum

Annelida

Class

Polychaeta

Order

Phyllodocida

Family

Nephtyidae

Genus

Micronephthys

Loc

Micronephthys longicornis ( Perejaslavtseva, 1891 )

Kuş, Sevgi, Kurt, Güley & Çinar, Melih Ertan 2021
2021
Loc

Micronephthys longicornis

Dnestrovskaya, N. Yu. & Jirkov, I. A. 2019: 400
2019
Loc

Micronephthys maryae San Martín, 1982: 427–434

Laborda, A. J. 2004: 416
San Martin, G. 1982: 434
1982
Loc

Micronephthys stammeri

Murray, A. & Wong, E. & Hutchinson, P. 2015: 428
Ravara, A. & Cunha, M. R. & Pleijel, F. 2010: 27
Kiseleva, M. I. 2004: 110
Marinov, T. 1977: 120
Banse, K. 1959: 302
Hartman, O. 1950: 131
Augener, H. 1932: 679
1932
Loc

Nephthys longicornis

Perejaslavtseva, S. M. 1891: 249
1891